Ruckus Wireless Inc. has begun pitching telcos a wireless-router multimedia home networking solution based on its �BeamFlex� directional-antenna technology. Current in-home Wi-Fi solutions suffer from inadequate range, spotty coverage, interference and performance fluctuations, even for data, Ruckus vice president of products Dave Logan said. Delivering video using IPTV only complicates matters. But Ruckus� BeamFlex technology constantly looks for the best signal path between devices in the home and steers RF signals around interference, Logan said, identifying and prioritizing traffic for transmission. At 25 to 35 feet, Ruckus can transmit 25 megabits per second to 30 mbps through one to two walls, Logan said. At 50 to 75 feet, and three to four walls, Ruckus can achieve 18 to 20 mbps, he added. Ruckus installs a main router next to the digital-subscriber-line modem, then adapters at each consumer device, such as the IPTV set-top. Hong Kong operator PCCW Ltd. is the first customer for the service, Logan said, with most of the current interest coming from Asian and European operators.
The prevailing narrative around artificial intelligence (AI) has been one of relentless scale. Bigger models, bigger clusters, bigger budgets. The assumption, largely unchallenged until recently, was that raw parameter count translated directly into competitive advantage. New research from Omdia suggests it's time to retire that assumption. According to the latest market study by Omdia, parameter growth in frontier AI models has slowed to around 5 percent annually since 2021, a stark contrast to the more than hundredfold expansion seen between 2019 and 2021. Enterprise AI Market Development For executives who have been making infrastructure and investment decisions based on the assumption that AI would keep demanding ever-larger, ever-more-expensive hardware, this finding deserves serious attention. The race to the top of the model size leaderboard has, at least for now, plateaued. Crucially, Omdia's analysts are not reading this as an AI winter. Alexander Harrowell, senior pri...